void Spellbook::calculateSpellSlots() {
float yOffset = GUIConstants::TOP + SPELL_OFFSET;
float xOffset = GUIConstants::LEFT + GUIConstants::TEXT_OFFSET / 2.f + SpellSlot::ICON_OFFSET;
for (auto& it : m_core->getData().spellsLearned) {
for (auto& it2 : it.second) {
SpellSlot slot = SpellSlot(it2);
slot.setPosition(sf::Vector2f(xOffset, yOffset));
BitmapText text;
text.setCharacterSize(GUIConstants::CHARACTER_SIZE_M);
text.setColor(COLOR_WHITE);
text.setString(g_textProvider->getText(EnumNames::getSpellIDName(it2)));
text.setPosition(sf::Vector2f(xOffset + SpellSlot::ICON_SIZE + SpellSlot::ICON_OFFSET + MARGIN, yOffset));
BitmapText textDesc;
textDesc.setCharacterSize(GUIConstants::CHARACTER_SIZE_S);
textDesc.setColor(COLOR_LIGHT_GREY);
textDesc.setString(g_textProvider->getCroppedText(
EnumNames::getSpellIDName(it2) + "Desc", GUIConstants::CHARACTER_SIZE_S,
static_cast<int>(WIDTH - (SpellSlot::SIZE + 4 * MARGIN))));
textDesc.setPosition(sf::Vector2f(xOffset + SpellSlot::ICON_SIZE + SpellSlot::ICON_OFFSET + MARGIN, yOffset + GUIConstants::CHARACTER_SIZE_M + 4.f));
std::pair<BitmapText, BitmapText> texts = std::pair<BitmapText, BitmapText>(text, textDesc);
m_typeMap.at(it.first)->push_back(std::pair<SpellSlot, std::pair<BitmapText, BitmapText>>(slot, texts));
yOffset += SpellSlot::SIZE + MARGIN;
}
yOffset = GUIConstants::TOP + SPELL_OFFSET;
}
}
void WeaponWindow::reload()
{
m_requireReload = false;
// reload slot and text
delete m_weaponSlot;
m_weapon = m_core->getWeapon();
if (m_weapon == nullptr)
{
m_weaponSlot = new InventorySlot(g_resourceManager->getTexture(ResourceID::Texture_equipmentplaceholders), sf::Vector2i(0, 0));
m_weaponName.setString(g_textProvider->getText("NoWeapon"));
m_weaponDescription.setString("");
}
else
{
m_weaponSlot = new InventorySlot(*m_weapon, -1);
m_weaponName.setString(g_textProvider->getText(m_weapon->getID()));
m_weaponDescription.setString(g_textProvider->getCroppedText(m_weapon->getDescription(), GUIConstants::CHARACTER_SIZE_M,
static_cast<int>(WIDTH - (GUIConstants::TEXT_OFFSET + 2 * MARGIN + InventorySlot::SIDE_LENGTH))));
}
m_weaponSlot->setPosition(sf::Vector2f(LEFT + GUIConstants::TEXT_OFFSET, TOP + GUIConstants::TEXT_OFFSET));
clearAllSlots();
if (m_weapon == nullptr) return;
float xOffset = LEFT + GUIConstants::TEXT_OFFSET;
float yOffset = m_weaponSlot->getPosition().y + 2 * InventorySlot::SIDE_LENGTH;
int slotNr = 0;
for (auto& it : m_weapon->getWeaponSlots())
{
SpellSlot spellSlot = SpellSlot();
if (it.first.second == SpellID::VOID)
{
spellSlot = SpellSlot(it.first.first);
}
else
{
spellSlot = SpellSlot(it.first.second);
}
spellSlot.setPosition(sf::Vector2f(xOffset, yOffset) + sf::Vector2f(SpellSlot::RADIUS, SpellSlot::RADIUS));
spellSlot.setNr(slotNr);
xOffset += 2 * SpellSlot::RADIUS + 2 * MARGIN;
std::vector<ModifierSlot> modifiers;
for (auto& it2 : it.second.second)
{
modifiers.push_back(ModifierSlot(it2.second));
}
int emptyModifierCount = it.second.first - static_cast<int>(modifiers.size());
for (int i = 0; i < emptyModifierCount; i++)
{
modifiers.push_back(ModifierSlot());
}
for (auto& it2 : modifiers)
{
it2.setPosition(sf::Vector2f(xOffset, yOffset));
it2.setNr(slotNr);
xOffset += ModifierSlot::SIDE_LENGTH + MARGIN;
}
yOffset += 2 * SpellSlot::RADIUS + 2 * MARGIN;
xOffset = LEFT + GUIConstants::TEXT_OFFSET;
slotNr++;
m_weaponSlots.push_back(std::pair<SpellSlot, std::vector<ModifierSlot>>({spellSlot, modifiers}));
}
}
